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  Sebastian van Strien  
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Mike Field
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Fabrizio Bianchi
Trevor Clark
Nikos Karaliolios
Dongchen Li
Sofia Trejo Abad
Paul Verschueren
Björn Winckler
PHD STUDENTS
Alex Athorne
Sajjad Bakrani Balani
Giulia Carigi
Andrew Clarke
Maximilian Engel
Federico Graceffa
Michael Hartl
Giuseppe Malavolta
Guillermo Olicón Méndez
Cezary Olszowiec
Christian Pangerl
Matteo Tanzi
Kalle Timperi
VISITORS
Shangzhi Li
Ole Peters
Camille Poignard
Cristina Sargent
Bill Speares
Kevin Webster
RELATED STAFF
Mauricio Barahona
Davoud Cheraghi
Martin Hairer
Darryl Holm
Xue-Mei Li
Greg Pavliotis


PROFESSOR
SEBASTIAN VAN STRIEN


Sebastian van Strien

Chair in Dynamical Systems

 
 

Phone: +44(207)59-42844
Room: 6M36 Huxley Building

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LMS Network Holomorphic Dynamics

Sebastian van Strien

Dynamics of Games M*PA48 (2015-2016, year 3-5, term 1)

  • Lecture hours: Monday 9-11, Thursday 1-2.
  • Lecture notes (latest post 10 Nov) will be written as the course progresses and will be posted on my homepage and also on the relevant blackboard page
  • The two assignments, the two projects and a practise exam can be found on the blacboard page.

Differential Equations M2AA1 (2014-2015, 2nd year, 2nd term)

  • Lecture hours: Wednesday 9-11, Thursday 10-11. Problem Classes 11-12 (during term 2)
  • Lecture Notes (revised from last year; updated Dec 2014)
  • More information and assignments etc on this course can be found on blackboard.

TCC course Spring term 2013-2014

  • One dimensional real and complex dynamics (Davoud Cheraghi with some sessions by Sebastian), see Davoud's webpage

Other Teaching Material

MSc Projects

  • Numerical calculation of topological entropy for one-dimensional maps. Topological entropy is a measure of the dynamical complexity of a dynamical systems. There are quite a few algorithms for computing topological entropy, but most of them are not very effective. In the case of dynamical systems in dimension one, the situation is better, but there is an obvious gap in the literature. This project aims to fill this gap, and ie expected to result in a publication in an international journal (jointly with supervisor). About one third of the project will consist of reading the literature, and then to implement some algorithms in computer code.
  • Game dynamics. During the last decades there has been a constant interest in the dynamics of games, in particular in so called replicator dynamics but also in some other classes of dynamical systems associated to games. This project will explore connections between different types of game dynamics and investigate some research questions. The first part of this project will involve reading some recent papers in depth. Depending on the strengths and interests of the student, the project then will continue a more mathematical and numerical approach.
  • Renormalisation The aim of this project is to go through a recent proof of the Feigenbaum-Coullet-Tresser renormalisation conjectures, of universality in period doubling. These results belong to some of the most remarkable that were obtained in the field of dynamical systems. Current proofs rely on hyperbolic geometry, Teichmuller theory and so-called complex bounds. The project will consist of learning the background material for these proofs, and going through a recent Annals of Mathematics paper by Avila and Lyubich. This project will be an excellent preparation for doing a PhD in dynamical systems and is more on the pure side.
  • Other projects on low-dimensional dynamics or game dynamics, suggested by students are also most welcome.

Summer Projects (examples)